use the full pitch bend range.)
The I2C section begins with 'Enable', to enable I2C messages from this input. 'Address' sets the I2C
address of the follower device. 'Controller' sets the controller number. 'Min value' and 'Max value'
set the minimum and maximum controller values that will be generated, corresponding to the
minimum and maximum voltages. The I2C messages sent use the '0x11' format documented below.
Lastly on each row are controls for the minimum and maximum voltages. Voltages in this range
generate the specified range of controller values.
Note Generators
In this section you can set up the generation of MIDI note on and off messages, and their I2C
equivalents. There are eight note generators that can be configured in total.
On each row is a MIDI section, an I2C section, and a section of controls common to both.
The MIDI section contains buttons to enable MIDI notes on the two MIDI ports, and a menu to
choose the MIDI channel to use.
The I2C section contains an enable button, and a field to enter the I2C address of the follower
device.
The common section begins with three menus with which to choose the module inputs to use for
pitch, gate, and velocity. Any of these can be 'None'. If the pitch input is 'None', the value from the
'Fixed Pitch' field is used as the pitch. If the velocity input is 'None', the value from the 'Fixed
Velocity' field is used as the note on velocity. If the gate input is 'None', no new notes will be
generated (but a note off message will be generated if a note on message was previously sent).
The '0V Note' menu lets you choose which MIDI note number corresponds to zero Volts input.
Notes either side of this follow the 1V/octave standard.
The 'Gate Offset' menu sets a small delay between the pitch and gate inputs. Set this large enough to
guarantee that the pitch CV has settled before a note is triggered by the gate, so that the right note is
chosen.
The I2C messages use the 0x54/0x55/0x56 formats documented below.
Saving and loading configurations
Configurations can be saved to and loaded from flash memory. There are 32 configuration slots.
Under 'Current Configuration' is the name of the current configuration. You would typically change
this to something descriptive before saving the configuration.
9 You may be surprised by how large this value needs to be. Even some sequencer modules that notionally send
synchronised pitch and gate signals can sometimes need an offset of several milliseconds.
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